我们EPG集团是中国最大的链条和链轮制造商。我们为您提供最类型的产业链，农业链，输送机链及相关链轮等........
联系我们:微信/whatsapp/mobile: +86-13083988828
我们的优势产品数量大量库存，无需MoQ，我们遵守所有国际标准，如ISO9001和TS16949标准.EPG滚子链符合或超过ANSI标准，并在ISO认证工厂中制造。与我们的枕头轴承和滚珠轴承一样，我们的滚子连锁部分在装运之前测试以确保质量。我们提供的滚子链零件和滚子链预先拉伸，以确保您的凹陷有限。它还配备固体滚筒，确保它质量最高。我们将提供最佳服务和高品质的产品。全系列链条，链轮，齿轮，齿轮架，V型皮带，联轴器和减速剂，PTO轴，农业齿轮箱的专业供应商......工程级链和精密滚子链。单链链，多股链，双间距链，耐腐蚀链，自润滑链，附着链，叶链和特种链。连锁叉车激光对准系统已成为最有效的最有效的材料处理工具，解决了控制产品贵妇人的问题，提高生产力，创造更安全的工作环境。激光有助于引导叉车运算符以针对尖端放置的精确度。它安装在叉子之间的叉架托架上，并投射出与每个叉子的尖端对齐的水平梁。该安装位置允许操作员究竟看到叉子始终处于叉子的位置。 As the operator approaches product the beam will also shor10 which allows the driver to recognize that they are close to their target. This allows the driver time for making the proper adjustments to greatly reduce the probability of the forks hitting an item they were not meant to. The Forklift Laser Alignment is a Class II laser which meets OSHA guidelines and automatically turns on at the user-prescribed h8. The vertical beam is visible even at h8s above 400 inches. The return on investment with the Forklift Laser Alignment may be as fast as 1 week! Make your warehouse and forklift operation safer while adding to your bottom line.
连锁叉车激光对准系统益处
- 减少财产损害-不要因为顶部放置不当而刺穿产品。
- 提高生产力-激光光束允许正确和更快的垂直/水平校准。更快的路线意味着每天有更多的皮卡。
- 更安全的工作环境-叉车激光对准无需搜索托盘进入高升降机。它也完全减少了在双货架系统的背后推产品的机会。
- 降低司机的压力和疲劳-不再伸长脖子到叉车外看物体或通道。这不仅是一个安全隐患，而且还会导致疲劳。
- 为什么要购买摄像系统——如果包括维护和培训，叉车激光对准的成本大约是摄像系统的1/6。
- 使多任务更容易-叉车激光对准提供信心，叉车操作员的多种类型的起重卡车。从一辆卡车切换到另一辆卡车就变得更平稳了。
链条叉车激光对准系统配置
需要注意的是，在明亮的条件下，绿色激光配置对人眼来说要亮4到5倍，操作人员更容易看到。II类车厢安装:
| 模式# | 描述 |
|---|---|
| fg - lt2 - 200 | 红色激光与第2代光+电池包 |
| FG-LT2GRN-200 | 高能见度绿色激光与第2代光+电池组 |
| fg - lt2 - 200 l | 标准红色激光与叉级记忆 |
| fg - lt2grn - 200 l | 高能见度绿色激光与叉级内存 |
| fg - lt2 - 203 | 标准红色激光与直接连接硬件 |
| FG-LT2GRN-203 | 高能见度绿色激光直接搭配硬件 |
| fg - lt2 - 203 l | 标准红色激光直接搭配硬件+分叉级内存 |
| fg - lt2grn - 203 l | 高能见度绿色激光直接搭配硬件+分叉级内存 |
III类车厢安装:
| 模式# | 描述 |
|---|---|
| FG-LT2-300. | 标准红色激光与第2代光+电池包 |
| FG-LT2GRN-300 | 高能见度绿色激光与第2代光+电池组 |
| fg - lt2 - 300 l | 标准红色激光与叉级记忆 |
| fg - lt2grn - 300 l | 高能见度绿色激光与叉级内存 |
| FG-LT2-303 | 标准红色激光与直接连接硬件 |
| FG-LT2GRN-303 | 高能见度绿色激光直接搭配硬件 |
| fg - lt2 - 303 l | 标准红色激光直接搭配硬件+分叉级内存 |
| fg - lt2grn - 303 l | 高能见度绿色激光直接搭配硬件+分叉级内存 |
激光准直系统DV8R
| 模式# | 描述 |
|---|---|
| FG-LT2-DV8R | 标准红色激光DV8R与第2代光直接连接硬件 |
| FG-LT2GRN-DV8R | 高能见度绿色激光DV8R与第2代光直接连接硬件 |
| FG-LT2-DV8R-BAT | 标准红色激光DV8R与第2代光+电池组 |
| FG-LT2GRDV8R-BAT | 高能见度绿色激光DV8R与第2代光+电池Pac |
激光对准系统个别零件清单
| 部分# | 描述 |
|---|---|
| LT-Level | 叉级记忆工具包 |
| LT2-DRL | 直接连接接收单元与水准 |
| LT2-OPT | 第2代灯连接线 |
| LT-RUT | 电池组型号的标准接收单位 |
| LT2-DRU | 直接连接型号的标准接收单元 |
| LT2-RBH | 接收单元/电池座 |
| LT-ISU | 红外发送单元 |
| LT-SUH | 红外发送单元支架 |
| LT2-BAT | 备用电源模块(电池) |
| LT2-CHR | 电池模块变压器充电器1安培 |
| LT-RBC | 接收单元/电池连接线 |
| LT2-CRD | * *不再可行的* * |
| LT2-AS2 | 铝附件轴II类安装只+所有硬件 |
| LT2-AS3 | 铝附件轴类III只安装+所有硬件 |
| LT2-AT2 | 铝轴类II安装与2代光+所有硬件 |
| LT2-AT3 | 铝轴类III安装与2代光+所有硬件 |
| LT2-DRC | 直接连接电源线 |
| LT2-DRH | 直接连接接收单元持有人 |
组件包括/ Comp1nts:图1磁化桅杆安装发送单元与9伏电池。当电池接收单元开关置于自动位置时(见图6b)，设备在选定的h8s与链激光跟踪光束相接合。2A -接收单元插头位于接收单元右侧端口(见图6d)和电池端口(见图4)。2B - 9伏电池用于发送单元。2C -尼龙搭扣带将电池固定在安装盒中。2D -电池支架安装螺栓和螺母。如图4所示固定电池座。图22E -电池充电器图3图4激光跟踪器电源单元(6伏铅酸电池)和带有接收单元的安装箱(前视图)图5底部视图磁化桅杆安装发送单元。单元底部指向电池接收单元。图6电池接收单元底部视图。6A -激光跟踪器电源线接口。6B -单元开关(L)eft(连续)，(M) idle(自动)，或(R)ight (off)。该单位必须在自动(M)位置使用安装发送单位。6C -叉子尖端水平单元(可选)。6D -电池接口(如图2A)。
激光跟踪叉级记忆系统
1.当叉处于驾驶员想要的水平时(在大多数情况下)，推并按住图6C的底部大约1(1)秒，这将导致光消失。2.这个信号将会被获取，并通过保持底部来记住被编程的电平。水平将用实心梁表示。当驾驶员在1(1)度(约3英寸)范围内移动出获取范围时，灯将闪烁，通知驾驶员他们已超出范围。如果光线过低，它会缓慢闪烁;如果光线过高，它会快速闪烁。
叉车激光对准系统安装
1.安装激光对准系统栏：抬起叉叉，距离地板约3英尺。将跟踪杆安装在电梯上。将其定位在尽可能靠近托架的中心。确保在激光跟踪器的底部放置紧贴底盘的螺旋位置。手指Tigh10 2在杆顶部螺栓直到螺栓底部到达托架。一旦激光跟踪器正确对齐，带有艾伦扳手的Tigh10螺栓，并通过Tigh10ing锁紧螺母完成（参见图A至C）.2。安装接收器和电池支架：保持支架到叉车靠背。如图1所示，右侧的位置如图1所示。当托架侧移时，使电池支架具有足够的间隙。3.标记框架位于括号中的1/4“孔。确保安装支架，使接收单元完全由支架遮挡。 Drill through the frame using a 1/4″ drill bit (BLU-MOL Cobalt drill bit recommended). Mount bracket as shown in figures E through G. Place power cords through tie downs provided on battery bracket. 4. Insertion of Laser Alignment System Power Cord: Place cord behind backrest and insert into tracker port in receiving unit (see figure 6A parts description) make sure 4″ cord is connected between the battery and battery port as shown in figures 2A and 4.
| 图一个 | 图B | 图C | 图D |
|---|
5.对准激光器:将激光器插入的内六角扳手(提供)对准激光器下方的端口。顺时针旋转扳手将横梁放下。一旦光束positi1d处于所需的水平，就不需要进一步的调整了。6.定位桅杆上的磁化发送单元:将一个9伏电池放入机架发送单元(见图1部分)。将发送单元放入磁化金属支架中，并将其放置在所需的h8位置(见图H)。注意:窗口发送单元必须指向电池接收单元。接收单元必须设置在自动(中间位置)，以允许发送单元工作(见图6B部分)。发送单元可以在桅杆上向上或向下移动，以允许光线在不同的h8上接合。如果操作者希望激光器始终处于工作状态，接收单元应设置在连续位置(右)。 7. Check The Laser Alignment Systems Bar Clearance: The laser alignment systems bar must be at least 3/4″ from the floor. If no clearance is available the laser should not be used until the chain lift is properly adjusted8. Test The Unit and Make Sure All Power Cords are Secured. Use tie-downs to secure the cords where appropriate.
| 图E | 图F | 图G | 图H | 图我 |
|---|
硬线产品说明:1。如果您要在硬件系统之外操作，而不是电池操作，请将电源线插入图6D所示的端口。2.电源线有2根电线，1根带正极连接的线带。3.将带灰色或白色条纹的电线连接到叉车电源上(最好是36V)。4.另一条线是负连接。Main10ance小贴士:1。每次换班开始时，新司机应检查激光对准，必要时进行调整。 2. When the battery receiving unit is in (M)iddle position if the light fails to shut off when forks are lowered, sending unit battery must be replaced (see figure 1).3. If the light fails to function, recharge the battery. Remove the battery from the battery mount and plug it into the charger (see figure 2E). It is recommended that a fully charged backup battery be available to place into battery mount. 13-15 hours is needed to fully charge the 6-volt lead-acid battery.4. Periodically check bolts at the top of the laser tracking systems shaft and tigh10 if necessary. Rember to pull the systems bar up snugly to the bottom of the carriage before tigh10ing the bolts down. Safety Precautions: The laser product described on this webpage conforms to all applicable standards of the U.S. Department of Health and Human Services, Food and Drug Administration, Center for Devices and Radiological Health, 21CFR part 1000.Each chain Forklift Laser Alignment System is Equipped With:- Laser light emission indicator which provides a visual indication that the laser is on.- Quick disconnect power connector to turn the laser off and totally at10uate the beam.- Identification, certification, caution, and aperture label permanently affixed to the housing (see above diagrams).It is the responsibility of the manufacture of the final product or system to ensure that C.D.R.H. regulations are met by the product or system. This includes ensuring that:- No optical instruments are to be used in the path of the beam.- No attempt is made to open the unit or modify the beam.Operator Instructions: Never willfully stare directly into the laser light beam. This system uses a Class II laser. The laser alignment system uses a rechargeable battery to power the laser light. If the driver sees the light go dim and then out, or if the light does not come on at normal h8, the main battery needs to be charged. Pull the plug out of the right side of the battery box. Remove the battery and connect to the charger. Replace with a charged backup battery. Insert the battery into the holder and plug in the wire from the receiving unit to the right side battery box.At the beginning of each shift, the new driver should check the alignment of the laser light and adjust if necessary.By moving the magnetized infrared sending unit up or down on the side of the mast, the driver can control the h8 at which the light will go on or off.The laser alignment system is a high-tech industrial system, built to withstand normal everyday use. Abuse, such as slamming the forks on the floor may damage the laser light lens or diode. Respect this piece of equipment and you, as an operator, will come to realize this guidance system makes your job easier, less stressful, and more enjoyable. It is important that all persons operating a forklift equipped with a laser light reads these instructions. Important Notes:1. The physical copy of the operations manual must be kept on file in the office and updated upon forklift operator personnel changes.2. These procedures are in compliance with OSHA guidelines set forth to regulate the use of Class II lasers in the workplace.3. All forklift operators using this laser alignment system must sign an acknowledgment within the physically printed operations manual that he or she has read the instructions and has been shown how to properly use the laser alignment system and that all drivers have been informed not to willfully stare into the laser beam.
我们EPG集团是中国最大的链条和链轮制造商。我们为您提供最类型的产业链，农业链，输送机链及相关链轮等........
联系我们:微信/whatsapp/mobile: +86-13083988828